When developing new aerospace products, costs and risks follow. Designers need to ensure that they are committed to the first implementation. Piocreat 3D printing provides flexible prototype design for aerospace manufacturing, which can conduct a large number of iterations without error. With 3D printing, designers will be able to design more complex models, reducing the weight of parts while maintaining their performance.


Lightweight is one of the most representative 3D printing materials. Using the same design, the weight of the 3D printing unit can be half or even a quarter of the original weight. This reduces the material cost of the parts as well as the fuel cost.
For example, according to the 2016 global 3D printing report, the Airbus A350 XWB has more than 1000 3D printing components, which can save 25% of fuel.

As the Piocreat 3D printer is simple to operate and uses granular consumables, there is more room for choice in materials. You will usher in a new era in the aerospace industry. You can produce molds in the factory internally - greatly reducing product development costs and delivery time, without worrying about your supply chain.

Through 3D printing, engineers and designers can freely explore more complex part designs to provide the highest performance; It is no longer limited by most traditional manufacturing methods. Aerospace companies can rethink how components should be implemented and developed through rapid prototyping, testing, and validating these assumptions. Moreover, according to different parts of the aircraft, we can select the corresponding consumables for printing, which can meet the performance of the fuselage while minimizing the manufacturing cost.

The additive manufacturing process of 3D printer technology (layer by layer deposition of materials) allows designers to combine multiple parts into a single functional part in modeling software. This means that operation and processing costs are reduced by simplifying assembly.